The Interestingness of 3D Shapes

Manfred Lau, Luther Power
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引用次数: 1

Abstract

The perception of shapes and images are important areas that have been explored in previous research. While the problem of the interestingness of images has been explored, there is no previous work in the interestingness of 3D shapes to the best of our knowledge. In this paper, we study this novel problem. We collect data on how humans perceive the interestingness of 3D shapes and analyze the data to gain insights on what makes a shape interesting. We show that a function can be learned to autonomously predict an interestingness score given a new shape and demonstrate some interestingness-guided 3D shape applications.
3D形状的趣味性
对形状和图像的感知是以往研究中探索的重要领域。虽然图像的有趣性问题已经被探索过,但据我们所知,在3D形状的有趣性方面还没有以前的工作。在本文中,我们研究了这个新问题。我们收集有关人类如何感知3D形状的有趣性的数据,并分析数据以了解是什么使形状变得有趣。我们展示了一个函数可以被学习来自主预测一个新的形状的兴趣分数,并展示了一些兴趣引导的3D形状应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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